TGL41-12A-E3/96 Circuit Protection

TVS diodes, also known as Transient Voltage Suppression Diodes, are special components designed with robust protection against transient overvoltage conditions. The TGL41-12A-E3/96 is one of these components used in various electronic devices, to protect the systems and boards from unexpected power spikes as well as reduce any disruptions in the power supply from impacting the performance of the system. A quick look at the many features it offers will help us understand its application field and working principle.

Features of TGL41-12A-E3/96

• 12A Peak Pulse Current Ipp - for maximum protection against any power surges
• Operating temperature range of -55°C to 125°C - for stable protection in various temperature ranges
• ESD protection rating of 8KV - for approved ESD-safe protection
• Small body size of 2x1x0.4mm - for increased flexibility in tight spaces
• Low clamping voltage of 35V@8A - for better accuracy in regulating sufficient power flow

Due to the numerous features of this component, it is generally used in a wide range of applications such as medical equipment, communications and networking systems, power supplies, consumer electronics, etc. It can also be used in different types of devices like cameras, scanners, printers, sensors, etc.

Working Principle of TGL41-12A-E3/96

When a high voltage passes through the TVS diode, it begins to conduct current and thereby diverting the energy away from the device. This is achieved by the electronics within the component that has been optimized to perform efficiently beyond the expected temperature range. In simpler terms, when a spike in voltage[-]/ surges in the power supply is detected, the transistor inside the component begins to conduct a current, thus arresting the surge and sending the pulses away from the device. This protects the system from unexpected damage.

Conclusion

TGL41-12A-E3/96 provides an ultimate protection to the electronics devices from the possible surge voltages. It has a wide range of applications and has been proven to perform in extreme conditions. The durability and robust protection ensure that the device is capable of handling any surge voltages without any damage, thus allowing the device to function properly and without any disruptions.